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Using a physically motivated parameterization based on the reggeized diquarkmodel we perform a flavor separation of the chiral-odd generalized partondistributions obtained from both $\pi^0$ and $\eta$ exclusiveelectroproduction. In our approach we exploit a connection between thechiral-even and chiral-odd reduced helicity amplitudes using Paritytransformations that are relevant for a class of models that includestwo-component models. We compare our results for $\eta$ production to thepreviously obtained $\pi^0$ results, and we make predictions for the transversesingle spin asymmetry components which will be measured within the JeffersonLab 12 GeV program.

Flavor dependence of chiral odd generalized parton distributions and the  tensor charge from the analysis of combined $\pi^0$ and $\eta$ exclusive  electroproduction data